'3 tev' diaporamas de présentation

Berger, Gainer, JLH, Rizzo, arXiv:0812.0980

Supersymmetry Without Predujice. Berger, Gainer, JLH, Rizzo, arXiv:0812.0980. CERN 09. J Hewett, SLAC. Supersymmetry With or Without Prejudice?. The Minimal Supersymmetric Standard Model has ~120 parameters Studies/Searches incorporate simplified versions Theoretical assumptions @ GUT scale

676 views • 61 slides

Possible future e + e - linear colliders

Possible future e + e - linear colliders. with special emphasis on CLIC. Louis Rinolfi / CERN. The Physics in the multi-TeV energy range. General Physics context. LHC expectation: LHC will indicate what physics should be investigated and at what energy scale:

698 views • 56 slides

High Energy Neutrino Astronomy a promising decade ahead

High Energy Neutrino Astronomy a promising decade ahead. Christian Spiering, Gran Sasso, October 2002. Content. Physics Goals 2. Detection Methods and Projects 3. The next decade. 1. Physics Goals. A. High Energy Neutrino Astrophysics B. Particle Physics

715 views • 56 slides

Uppsala University Seminar CERN, 11 February 2010

Physics Opportunities with a Multi-TeV e + e - Collider M Battaglia University of California at Santa Cruz, Santa Cruz, CA Lawrence Berkeley National Laboratory, Berkeley, CA and CERN, Geneva. Uppsala University Seminar CERN, 11 February 2010. Achieving e + e - collisions beyond 1 TeV.

657 views • 53 slides

W and Z Boson reconstruction at CLIC

W and Z Boson reconstruction at CLIC. Corrado Gatto INFN Napoli/Lecce On behalf of the 4 th Concept Collaboration. The 4 th Concept Collaboration. Started @ Snowmass 8 / 2005. 140 Members 33 Institutions 15 Countries. www.4thconcept.org.

629 views • 50 slides

The Physics Case for CLIC

595 views • 48 slides

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541 views • 44 slides

Linear e+e- Colliders: Physics and Projects

Linear e+e- Colliders: Physics and Projects. Contents ? Recent LC history ? The ILC: a TeV collider ? CLIC: a multi-TeV collider. De Roeck CERN China-CERN Workshop on Coorperation in High Energy Physics. Linear e+e- Colliders.

563 views • 38 slides

Rauf Mukhamedshin Institute for Nuclear Research Moscow Russia

On problems of choice of hadron interaction models and study of PCR spectrum at ultra high energies. Rauf Mukhamedshin Institute for Nuclear Research Moscow Russia. Introduction. Traditional ground-based EAS arrays detect lateral distributions of secondary particles (e ? or m ? )

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The CLIC project

483 views • 33 slides

The MOLLER Experiment

680 views • 29 slides

MAD-X for CLIC

553 views • 29 slides

Design & Simulation: Progress & Plans

Design & Simulation: Progress & Plans. Richard Fernow Brookhaven National Laboratory MAP Winter Meeting SLAC 5 March 2012. Design & Simulation. brief overview of D&S activities, details in subsequent talks MAP-paid effort on D&S remains constant ~10 FTEs

388 views • 25 slides

Glenn Patrick Rutherford Appleton Laboratory

429 views • 21 slides

BeamCal Simulation for CLIC

273 views • 15 slides

Dimitri Bourilkov University of Florida for the LEP Electroweak WG

Constraints on the Scale of New Physics Phenomena from the Combined LEP II ? f f and ?? Measurements. Dimitri Bourilkov University of Florida for the LEP Electroweak WG APS April Meeting 2004, Denver, CO, USA May 1, 2004. Anything coupling to ff / ?? can be probed

208 views • 15 slides

A PWFA gamma-gamma collider A fast track towards a PWFA-LC?

335 views • 14 slides

A CLIC Run Plan M Battaglia and JJ Blaising

A CLIC Run Plan M Battaglia and JJ Blaising. New Physics likely to bring rich spectroscopy at the TeV scale: which are the requirements on the CLIC energies and beams in a run plan which optimises the spectroscopic measurements within a resonable time span ?.

231 views • 12 slides

Background for luminosity measurement -revised-

Background for luminosity measurement -revised-. T. Jovin, M. Pandurovic, I.Smiljanic, I.B.J. How well do we know B/S?. Several issues to be taken into account (we did it through scaling factors):. Different cross-sections (in particular for signal) at 500 GeV and 1 TeV

230 views • 11 slides

Flavour Tagging Requirements M Battaglia

Flavour Tagging Requirements M Battaglia. Kinematics and Topology. Broad range of b-jet energies of interest: ~0.1 g 1.5 TeV; Long lived hadrons in b-jets acquire significant flight distance: in four jet 3 TeV events over 1/3 of charged particles

210 views • 9 slides